Benchtop Raman Lasers for Standalone Operation

High Performance, Wavelength-Stabilised Raman Lasers

Raman spectroscopy requires a concentrated light source such as a laser to generate the Raman signal from a sample, which is often referred to as a ‘Raman laser’ or ‘Raman excitation laser’. Its characteristics impact the quality of the Raman spectrum which can be acquired. This is why the lasers Wasatch offers are carefully selected based on their linewidth, stability, and output power. Wasatch Photonics offers standalone benchtop lasers with wavelengths from 248 to 1064nm, as well as a range of spectrometers and systems with integrated lasers.

LASER SAFETY

When you are using a Raman spectrometer with an integrated or standalone laser, it is extremely important to follow all recommended safety precautions. You should also complete your organisation’s laser safety training course, or seek one out independently. 

Benchtop Raman Lasers (Standalone Operation)

Some users prefer a fully modular Raman system for maximum flexibility, in which case we offer the benchtop lasers below for use with Wasatch Photonics Raman spectrometers. 

Wavelength (nm)

WP Laser Part Number

Max Laser Power

Dimensions & Weight

Output Connector

 

248

WP-248-SOL-70

70mW

100 x 100 x 700mm, 3.6kg

None

(free space output)

 

532

WP-532-SOL-50

50mW

166 x 118 x 94mm, 1.45kg (combined laser head + heat sink)

FC-PC,
narrow key

 

532

WP-532-SOL-100

100mW

166 x 118 x 94mm, 1.45kg (combined laser head + heat sink)

FC-PC,
narrow key

 

633

WP-633-SOL

50mW

177 x 113 x 209mm

FC-PC

 

638

WP-638-SOL

300mW

150 x 105 x 50mm, <1kg

FC-PC

 

785

WP-785-SOL

499mW

150 x 105 x 50mm, <1kg

FC-PC

 

830

WP-830-SOL

499mW

150 x 105 x 50mm, <1kg

FC-PC

 

1064

WP-1064-SOL

499mW

150 x 105 x 50mm, <1kg

FC-PC

 

Laser Safety: It’s always important!

When you are using a Raman spectrometer with an integrated or standalone laser, it is extremely important to follow all recommended safety precautions. You should also complete your organization’s laser safety training course, or seek one out independently. At a minimum, any Raman system operator should:

    1. Know the output power level and excitation wavelengths of all lasers in operation
    2. Ensure that the laser path is closed before operating the excitation laser (i.e., all fibres are connected and/or a sampling chamber is attached)
    3. Do not handle the Raman probe or remove the sampling chamber cover with the laser turned on
    4. Ensure that everyone within line-of-sight to the laser (direct, reflected, or scattered) is wearing protective goggles rated for the appropriate wavelength(s) and protection level, not just the optical density (OD)

 

Training Courses  –  Laser Safety Awareness and Laser Safety Officer 

Laser Safety Products – Eyewear, Windows and Large Area Protection

Additional Information on Laser Safety – Blog Article: Laser Safety: Don’t Get Burnt!

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